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Quantitative Micro-Elastography (QME) Imaging System published in peer reviewed Cancer Research PERTH, Australia, Nov. 3, 2022 /PRNewswire/ OncoRes Medical today announces positive data from the first in-cavity use of its Quantitative Micro-Elastography (QME) Imaging System. The study, titled Quantitative micro-elastography enables in vivo detection of residual cancer in the surgical cavity during breast-conserving surgery was published in Cancer Research. In this first-in-cavity study, the effectiveness of OncoRes Medical's QME Imaging System was evaluated on its capability to identify residual cancer during BCS procedures. The results concluded that the QME Imaging System can identify residual cancer by directly imaging the surgical cavity, potentially providing a transformative intraoperative solution that can enable more complete cancer excision during BCS. "We're delightedwith the data from our first in-cavity study which concluded that our QME Imaging System has th

Western australiaKatharine gilesHarry perkins institute of medical researchCancer researchAustralian unity future of healthcare fundResearch centres projects roundUniversity of western australiaQuantitative micro elastographyImaging systemBres medicalOncores medicalHarry perkins instituteMedical researchBrandon capitalAustralian governmentAustralian unity